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Climate engineering through the lens of human rights law

Climate engineering through the lens of human rights law
05 September 2022

Authored by: Ben Howkins and Julie Vinders
Reviewed by:Corinna Pannofino and Anaïs Resseguier

Article | 05 September 2022

Technological innovation can both enhance and disrupt society in various ways. It often raises complex legal questions regarding the suitability of existing laws to maximise the benefits to society, whilst mitigating potential negative consequences. Some emerging technologies even challenge us to rethink the ways in which our fundamental rights as human beings are protected by law. For example, how do your rights as an individual stack up if your local environment is affected by climate engineering activities aimed at addressing global climate change?

Whilst aimed at tackling climate change, climate engineering may in itself impact human rights in a variety of ways, typically either by way of enhancement or interference. Human rights relevant to climate engineering can be split between substantive rights – which are freestanding rights possessed by individuals (such as the right to life, or health) – and procedural rights, which relate to administrative procedure and enforcement of substantive rights (such as the right to be informed or have access to legal remedies).

Substantive human rights

The substantive rights most relevant in the context of climate engineering include the right to life, the right to a healthy environment, the right to health, the right to access food, and the right to water. Climate engineering is intended to mitigate the harms of climate change and may therefore enhance some of these substantive rights. However, it could also in itself result in serious environmental harms affecting human lives and their environment. The right to life encompasses threats to the quality and dignity of life, including those related to human health and access to food and water. Climate engineering activities have the potential to, albeit unintentionally, adversely, and potentially irreversibly affect the climate in some locations. This may affect precipitation patterns, possibly inducing drought conditions and reducing food and water security, which can either directly or indirectly affect the right to life, a healthy environment, health, food and water.

Rights related to scientific research

A subset of substantive rights relevant to climate engineering pertains to scientific research. States are required to respect the freedom indispensable for scientific research and everyone has the right to benefit from scientific research. Additionally, research participants are protected by various rights, including the general prohibition on torture and cruel, inhuman or degrading treatment. Thus, whilst researchers are freely able to develop climate engineering technologies, any testing is subject to obtaining free and informed consent from all impacted individuals. In the context of real-world climate engineering testing, however, any resultant effect to the Earth’s climate system is unlikely to be contained within a specific area, due to its global scale. This means that communities worldwide may essentially become research participants. It follows that the practical difficulties of obtaining consent from prospective research participants, as well as the adequate protection of intellectual property rights related to innovation and research, are two of the main legal challenges in relation to climate engineering technologies.

Public participation and procedural rights

On the issue of obtaining consent for climate engineering activities from all impacted individuals, procedural human rights offer a set of participation rights, which include the right to information, the right to participate in public affairs, and the right to access legal remedies. Information about climate engineering activities, particularly from public bodies, falls within the remit of the right to information. The European Court of Human Rights has assessed the right to environmental information in relation to the right to respect for private and family life, as well as the right to freedom of expression, and observed that these rights may be violated if a State fails or refuses to provide information. Furthermore, everyone has the right to engage in public affairs, including public debate and decision-making in relation to climate engineering. States should give citizens the possibility to participate in public affairs and exert influence through public debate and dialogue. In addition, the right to access legal remedies seeks to ensure individuals have access to legal recourse in the event of alleged human rights violations. This means that, according to international and EU law, individuals should have legal recourse if they were not adequately informed, involved in public dialogue, or their informed consent was not obtained in relation to climate engineering activities. Individuals also have a right to recourse if their substantive rights are violated by climate engineering.

Next in TechEthos – is there a need to expand human rights law?

The study highlights the importance of bringing a human rights law perspective into the development of new and emerging technologies, including climate engineering. The human rights impact assessment helps to ensure that such technologies develop in a manner that respects human rights, while also enabling the identification of potential gaps and legal uncertainties early on in the development stage. The analysis also raises the question as to whether further legislation may be required to address these gaps. Crucial to this question is the need to strike a balance between ensuring technological development does not interfere with fundamental human rights protections, and avoiding overregulating emerging technologies at an early stage, and thereby stifling further development.

Read more about the human rights law implications of neurotechnologies and digital extended reality.

Read the report

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Newsletter #3: A summer edition of the TechEthos newsletter

Newsletter #3
A summer edition of the TechEthos newsletter

Newsletter | 26 July 2022

In short

Welcome to the third issue of the TechEthos Newsletter. In this summer edition we are delighted to announce the publication of three sets of key findings that enhance our understanding of the implications of TechEthos technology families. Have a look and learn more about the results of our ethical, legal and media analyses, get a glimpse of the start of our societal engagement activities and discover our cluster of 16 like-minded projects working with us on Research Ethics.
Additional resources, tools and events relevant to the TechEthos community complete this edition.

Date of publication

26 July 2022

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Policy note: Analysis of expert scenarios addressing ethical implications of the selected technologies

Deliverable
Policy note: Analysis of expert scenarios addressing ethical implications
of the selected technologies

Publication | 14 July 2022

In short

This policy note builds on experts reflections shared during three participatory workshops
using TechEthos-generated scenarios. TechEthos scenarios where drafted considering possible future developments and deployment of new or emerging technologies in social and ecological systems different from our present-day circumstances. Such consideration of possible futures helps one surface assumptions, ethical, and social blind-spots associated with technology development.
Workshops focused on the ethical issues and social implications of TechEthos three technology families: Climate Engineering, Digital Extended Reality, and Neurotechnologies. Significant ethical issues already accompany these technologies,
whether they are in early or more advanced stages.

Authors

Michael Bernstein, AIT Austrian Institute of Technology (AIT), Wenzel Mehnert, AIT

Date of publication

14 July 2021

Status

Deliverable accepted by the European Commission

Cite this resource

Bernstein MJ and Mehnert W (2022). Policy note: Analysis of expert scenarios addressing ethical implications of the selected technologies. TechEthos Project Deliverable to the European Commission. Available at: www.techethos.eu.

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Analysis of international and EU law and policy

Deliverable
Analysis of international and EU law and policy

Publication | 06 July 2022

In short

This report explores and analyses relevant international and EU laws and policies for their relevance and applicability to TechEthos’ three families of technologies: Climate Engineering, Digital Extended Reality, and Neurotechnologies. Based on the analysis of the characteristics, applications and ethics and socio-economic impacts of these technologies, as emerged in previous phases of the TechEthos project, the report served different purposes:

  • To review the legal domains and related obligations at international and EU levels.
  • To identify potential implications for fundamental rights and principles of democracy and rule of law, considering both enhancements and interferences.
  • To reflect on issues and challenges of existing legal frameworks to address current and future implications of the technologies.

There is no comprehensive or dedicated international or EU law governing these technology families. However, there are many legal obligations under existing legal frameworks. The legal issues and challenges discussed in this report are grouped into applicable legal frameworks at the international and EU level.

Authors

Nicole Santiago, Trilateral Research (TRI), Ben Howkins, TRI, Julie Vinders, TRI, Rowena Rodrigues, TRI, Zuzanna Warso, TRI, Michael Bernstein, AIT Austrian Institute of Technology (AIT), Gustavo Gonzalez, Associazione Italiana per la Ricerca Industriale (Airi), Andrea Porcari, Airi

Date of publication

06 July 2022

Status

Deliverable approved by the European Commission

Cite this resource

Santiago, N., Howkins, B., Vinders, J., Rodrigues, R., Warso, Z., Bernstein, M., Gonzalez, G., Porcari, A. (2022). TechEthos D4.1: Analysis of international and EU law and policy. TechEthos Project Deliverable. Available at: www.techethos.eu.

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Results of media analysis

Deliverable
Results of media analysis

Publication | 05 July 2022

In short

This report presents the results of the media scan and analysis of the TechEthos project. This study sought to gain insights on the media discourse on TechEthos’ three families of technologies: Climate Engineering, Digital Extended Reality, and Neurotechnologies. The media both reflect and shape public perceptions on technologies and, as such, give important indications of these perceptions.

Through an exploration of media discourse, this study contributes to TechEthos’ analysis of public awareness and acceptance of the three families of technology. The task was led by Trilateral Research and carried out with the support of TechEthos’ partners and the science centers and museums associated with the project. The task explored the media discourse in 13 countries – this included ten EU countries: Austria, Czech Republic, France, Germany, Ireland, Italy, Netherlands, Romania, Spain, and Sweden and three non-EU countries: Serbia, UK, and USA. The news stories covered by the study were published in 2020 and 2021.

Authors

Anais Resseguier, Trilateral Research (TRI), Ilaria Bonavita, TRI

Date of publication

05 July 2022

Status

Deliverable approved by the European Commission

Cite this resource

Resseguier, A., Bonavita, I., (2022). Results of media analysis. TechEthos Project report.

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Analysis of Ethical Issues

Deliverable
Analysis of Ethical Issues

Publication | 30 June 2022

In short

Based on literature studies, original research, expert consultation, and digital ethnographies, this report provides in-depth analysis of ethical issues raised by the three technology families TechEthos is focusing on: Digital eXtended Reality, including the techniques of visually eXtended Reality (XR) and the techniques of Natural Language Processing (NLP); Neurotechnologies; and Climate Engineering, including Carbon Dioxide Removal (CDR) and Solar Radiation Management (SRM).

For each technology family, this report:

  • Briefly presents various technologies belonging to the technology family;
  • Describes key applications and use cases;
  • Identifies core ethical dilemmas and provides conceptual arguments for understanding the nature, history and significance of these dilemmas;
  • Identifies ethical values and principles in line with the “ethics by design” methodology and provides a contextualized discussion of the impact of the technology family on each value and principle;
  • Outlines arguments for possible mitigation strategies with regard to each value or principle; and
  • Provides operational checks and balances with regard to each value or principle, in the form of questions to be asked by designers, policy makers, and users of particular technologies.
  • Authors

    Laurynas Adomaitis, Commissariat à l’Énergie Atomique et aux Énergies Alternatives (CEA), Alexei Grinbaum, CEA, Dominic Lenzi , University of Twente (TU)

    Date of publication

    30 June 2022

    Status

    Deliverable accepted by the European Commission

    Cite this resource

    Adomaitis, L., Grinbaum, A., Lenzi, D. (2022). TechEthos D2.2: Identification and specification of potential ethical issues and impacts and analysis of ethical issues of digital extended reality, neurotechnologies, and climate engineering. TechEthos Project Deliverable. Available at: www.techethos.eu.

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In short: Neurotechnologies

Factsheet
In short: Neurotechnologies

Factsheet | 04 May 2022

In short

This factsheet introduces the Neurotechnologies technology family, from its key functions and capabilities to examples of applications.

It has been developed on the basis of Deliverable 1.2, TechEthos technology portfolio: Assessment and final selection of economically and ethically high impact technologies, which can be accessed via this link.

Authors

Eva Buchinger, AIT Austrian Institute of Technology (AIT), Manuela Kinegger, AIT, Georg Zahradnik, AIT, Michael Bernstein, AIT, Andrea Porcari, Associazione Italiana per la Ricerca Industriale (AIRI), Gustavo Gonzalez, AIRI, Daniela Pimponi, AIRI, Giuliano Buceti, AIRI

Date of publication

04 May 2022

Status

Based on a draft version of Deliverable 1.2 submitted to the European Commission for review

Cite this resource

Buchinger E., Kinegger M., Zahradnik G., Bernstein M.J., Porcari A., Gonzalez G., Pimponi D., Buceti G. (2022). In short: Neurotechnologies. TechEthos Project Factsheet based on TechEthos technology portfolio: Assessment and final selection of economically and ethically high impact technologies, Deliverable 1.2 to the European Commission. Available at: www.techethos.eu.

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In short: Digital Extended Reality

Factsheet
In short: Digital Extended Reality

Factsheet | 04 May 2022

In short

This factsheet introduces the Digital Extended Reality technology family, from its key functions and capabilities to examples of applications.

It has been developed on the basis of Deliverable 1.2, TechEthos technology portfolio: Assessment and final selection of economically and ethically high impact technologies, which can be accessed via this link.

Authors

Eva Buchinger, AIT Austrian Institute of Technology (AIT), Manuela Kinegger, AIT, Georg Zahradnik, AIT, Michael Bernstein, AIT, Andrea Porcari, Associazione Italiana per la Ricerca Industriale (AIRI), Gustavo Gonzalez, AIRI, Daniela Pimponi, AIRI, Giuliano Buceti, AIRI

Date of publication

04 May 2022

Status

Based on a draft version of Deliverable 1.2 submitted to the European Commission for review

Cite this resource

Buchinger E., Kinegger M., Zahradnik G., Bernstein M.J., Porcari A., Gonzalez G., Pimponi D., Buceti G. (2022). In short: Digital Extended Reality. TechEthos Project Factsheet based on TechEthos technology portfolio: Assessment and final selection of economically and ethically high impact technologies, Deliverable 1.2 to the European Commission. Available at: www.techethos.eu.

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In short: Climate Engineering

Factsheet
In short: Climate Engineering

Factsheet | 04 May 2022

In short

This factsheet introduces the Climate Engineering technology family, from its key functions and capabilities to examples of applications.

It has been developed on the basis of Deliverable 1.2, TechEthos technology portfolio: Assessment and final selection of economically and ethically high impact technologies, which can be accessed via this link.

Authors

Eva Buchinger, AIT Austrian Institute of Technology (AIT), Manuela Kinegger, AIT, Georg Zahradnik, AIT, Michael Bernstein, AIT, Andrea Porcari, Associazione Italiana per la Ricerca Industriale (AIRI), Gustavo Gonzalez, AIRI, Daniela Pimponi, AIRI, Giuliano Buceti, AIRI

Date of publication

04 May 2022

Status

Based on a draft version of Deliverable 1.2 submitted to the European Commission for review

Cite this resource

Buchinger E., Kinegger M., Zahradnik G., Bernstein M.J., Porcari A., Gonzalez G., Pimponi D., Buceti G. (2022). In short: Climate Engineering. TechEthos Project Factsheet based on TechEthos technology portfolio: Assessment and final selection of economically and ethically high impact technologies, Deliverable 1.2 to the European Commission. Available at: www.techethos.eu.

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TechEthos in a nutshell

Factsheet
TechEthos in a nutshell

Factsheet | 04 May 2022

In short

This project factsheet introduces the challenge TechEthos is addressing as well as our vision, solutions and focus.

Author

The TechEthos project team

Date of publication

04 May 2022

Cite this resource

TechEthos project (2022). TechEthos in a nutshell. TechEthos Project Factsheet. Available at: www.techethos.eu

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